Secure64 Software DNS Guard
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Problems that solves

Shortage of inhouse software developers

Shortage of inhouse IT resources

Shortage of inhouse IT engineers

High costs of IT personnel

Values

Reduce Costs

Ensure Security and Business Continuity

Secure64 Software DNS Guard

Using the DNS to protect your network and subscribers

Description

Ransomware holds cities, hospitals and others hostage; Microsoft Office document exploits return; IoT devices were enslaved as part of massive DDoS attacks and IT people fear more and larger attacks; malware infects one of every three home users, and endpoint security can’t begin to keep up under this onslaught. It needs help. Security starts at the DNS Security should begin at the DNS with Secure64 DNS Guard. DNS Guard uses the DNS to protect users and devices from phishing attacks and malware infections, while neutralizing already infected devices so they cannot cause harm. Because DNS Guard operates within the network, it provides protection for all devices on the network without requiring anyone to touch the device at all. In other words, there is no need to rely on users to update software, or for IoT devices to have any security on their firmware, or for operations to push out a patch. DNS Guard provides real-time security information to stop malicious activity on the network across all devices. Additionally, it can now block DNS tunnels used for bandwidth piracy and data theft as well. Secure64 DNS Guard is made up of three DNS-based security services, MalwareGuard, FraudGuard and TunnelGuard. They can be purchased separately but provide unparalleled protection together.
  • MalwareGuard. Protects users from sites that download malicious software such as viruses, trojans and worms. Blocks communication between bot-infected devices and their command and control servers so the bot is rendered harmless.
  • FraudGuard. Protects users from visiting sites known to conduct illegal activity, such as phishing, fraud or other online scams.
  • TunnelGuard. Blocks DNS tunnels that are used for bandwidth piracy, data exfiltration and evasion of regulatory controls.